yourlocal-eboyy
boots with the fur
Can we partially guess, like , not the whole thing, but maybe something about just a and b?
how about a guessing game?
- Thread starter Sara Sidereal
- Start date
Sara Sidereal
a bat
There is nothing involved in the rule that a middle schooler or maybe even an elementary student wouldn't be familiar with, depending on your region
There is no calculation involved, only a relationship
Sara Sidereal
a bat
That's fine. What's your theory?
Sara Sidereal
a bat
also i may fall asleep soon
yourlocal-eboyy
boots with the fur
i feel like
C is a factor of B -?
as to the specifications of the factor and the rest, I have no clue
C is a factor of B -?
as to the specifications of the factor and the rest, I have no clue
Sara Sidereal
a bat
C does have to be a factor of B.
yourlocal-eboyy
boots with the fur
:pog:
Bloody_Death
The Ultimate Cookie Muncher
Gosh. Welll Ima throw what I got just as something we all can think about.
1. B has to be a multiple of both A and C. Or A and C have to be factors of B
2. In all cases, I've seen, where a=b=c it's always true.
3. The 2nd part of this rule can't have something to do with division or subtraction. Since once a triple is true flipping the places of A and C don't change it.
4. Except for when b=1 when both a & c equal 1 the sequence is never true. (Again, only from what I've seen)
I personally think the relationship is something like the sum or product of all three numbers is something. But the way that when all three numbers are the same makes me think it's related to the mean. But other things prove otherwise.
And that's all I think. From what I tried that is.
1. B has to be a multiple of both A and C. Or A and C have to be factors of B
2. In all cases, I've seen, where a=b=c it's always true.
3. The 2nd part of this rule can't have something to do with division or subtraction. Since once a triple is true flipping the places of A and C don't change it.
4. Except for when b=1 when both a & c equal 1 the sequence is never true. (Again, only from what I've seen)
I personally think the relationship is something like the sum or product of all three numbers is something. But the way that when all three numbers are the same makes me think it's related to the mean. But other things prove otherwise.
And that's all I think. From what I tried that is.
Sara Sidereal
a bat
1,1,1 follows the rule. If I said no to this I made a mistake, and I need to correct that. You guys need accurate results or the game doesn't work. Can you link the post?
The sum, product, and mean of ABC does not matter in the rule.
Bloody_Death
The Ultimate Cookie Muncher
I know. I meant that it never works except for when it's 1,1,1. That's the only time it's true.
Sara Sidereal
a bat
Oh, I misread, sorry. Yes, that statement is correct.
Sara Sidereal
a bat
Ok here's your new hint: for any given A and C, there is exactly one unique B that follows the rule. A and C can be flipped.
Bloody_Death
The Ultimate Cookie Muncher
So would 2, 1, 2 work?
Sara Sidereal
a bat
no
I made a typo lmao lemme edit
Sara Sidereal
a bat
Fixed, also new hint: B is always greater than or equal to the largest absolute value of A and C
Bloody_Death
The Ultimate Cookie Muncher
Sara Sidereal
a bat
Bloody_Death
The Ultimate Cookie Muncher
AHhhh okay I think I have it. If I don't then I guess I'm getting banned from here LOL
So, I think the rule is that: B has to be the Least Common Multiple of both A and C
So, I think the rule is that: B has to be the Least Common Multiple of both A and C
Sara Sidereal
a bat
you got it!
Bloody_Death
The Ultimate Cookie Muncher
Oh gosh lmao
It was that simple. Woe is me.
It was that simple. Woe is me.
Sara Sidereal
a bat
Bloody_Death
The Ultimate Cookie Muncher
Sure thing lol
Sara Sidereal
a bat
Ok, the new rule is in place.
This one might be a pain in the ass, so here's a hint: it's even simpler than the last one - it can be expressed with fewer words.
And I'll start you off with three sets that follow the rule this time:
1 2 3
5 6 7
9 4 1
However, now we're doing Dante Must Die mode. You only get one other hint this match.
One last thing, from now on we'll stick to positive whole numbers to keep things simple.
This one might be a pain in the ass, so here's a hint: it's even simpler than the last one - it can be expressed with fewer words.
And I'll start you off with three sets that follow the rule this time:
1 2 3
5 6 7
9 4 1
However, now we're doing Dante Must Die mode. You only get one other hint this match.
One last thing, from now on we'll stick to positive whole numbers to keep things simple.
Bloody_Death
The Ultimate Cookie Muncher
OKie dokieee
3, 2, 1
7, 5, 6
4, 1, 9
3, 2, 1
7, 5, 6
4, 1, 9
Sara Sidereal
a bat
